Tesla's driverless Cybercab is finally rolling — with a satellite dish built in
More than a year after its flashy reveal, Tesla's steering-wheel-free robotaxi is in production in Texas, and the latest units carry a hidden Starlink antenna to keep them connected.
What happened: Tesla unveiled the Cybercab in October 2024: a two-seat electric pod with no steering wheel, pedals, or charging port, meant to drive itself and even make money for its owner as a taxi. Elon Musk said production would begin in 2026 and pegged the price around $30,000. That timeline mostly held — Cybercab production started at Giga Texas in early 2026, with nearly 250 units spotted by late July as Tesla builds fleets for Austin, Houston, Dallas, Miami, Tampa, and Orlando. The newest units have something extra: a low-profile Starlink satellite antenna molded right into the roof.
Why it matters: A robotaxi that can't call home is a liability the moment cell signal drops, whether that's for updating maps, letting a remote operator step in, or just tracking where a car is and how much charge it has left. By baking a satellite link into the body panel instead of bolting one on, Tesla is treating connectivity as core infrastructure for a driverless fleet, not an afterthought. It also reframes the robotaxi race: reliability now depends on how many networks a car can fall back on, not just how good its cameras and software are.
How it works, plainly: The car's actual driving — steering, braking, accelerating — runs entirely on an onboard AI computer and doesn't need the internet, according to Tesla's own engineering team. The new Starlink V5 terminal handles everything else: sending live location and battery data to dispatch, pulling fresh map data, and connecting a passenger to customer support if something goes wrong. It's a slim, flush panel rather than a raised dish, drawing 35-50 watts (about half its predecessor) and reaching download speeds around 375 megabits per second, alongside backup 5G and LTE antennas.
The rollout: Tesla's markets so far — Austin, Houston, Dallas, Miami, Tampa, Orlando — already have solid cell coverage, so the near-term case for satellite backup is more about redundancy than necessity. The bigger open questions remain the same ones from 2024: whether Tesla's self-driving software is actually ready for fully unsupervised operation everywhere, whether regulators in the US and other countries approve it, and whether Starlink hardware makes it into cheaper, high-volume Tesla models beyond this limited robotaxi fleet.